Sensor arrays need to be designed for detecting multi-analytes (metabolic markers such as glucose, lactate and uric acid).
To subdue the channel propagation characteristics in this band, high dimensional antenna arrays need to be deployed at both the base station (BS) and mobile sets (MS).
But, for a parallel parfor loop, numerical arrays are created in the Matlab client, while parallel computing of the parfor loop body is finished under the Matlab worker, so numerical arrays need to be transmitted from the Matlab client to the Matlab worker.
Since the main applications considered for the irregular arrays involve speech (as in the case of surveillance in a cocktail party environment), the excitation of the arrays need to compute the performance metrics is colored noise with the same spectral distribution as the band importance function used in the speech intelligibility index (SII) [5].
These arrays need to be spaced out to reduce inter-shading as the sun moves and the array orientations change, so need more land area.
In addition to background correction, normalization of variation within, as well between arrays, needs to be considered in two-colour microarray experiments.
However, both C2H2 zinc finger and TALE arrays need to be redesigned for each particular DNA sequence of interest, which is time and resource consuming.
Summary: Genetic association studies making use of high-throughput genotyping arrays need to process large amounts of data in the order of millions of markers per experiment.
Designers of future high-density oligonucleotide arrays need to avoid runs of contiguous guanines and any other such sequences that act to stabilise probe-probe interactions between pairs of otherwise unrelated probes.
The current and prevailing wind typically moved the boat faster than the array needed to be towed, as with the Wave Hub example, and so the boat was driven into the current.
